Adaptive back stepping control (ABC) is originally applied to a linearized model of an active
magnetic bearing (AMB) system. Our control goal is to regulate the deviation of the magnetic …

The dynamic model of the magnetic suspension flywheel (MSFW) whose rotor is suspended
by the permanent magnet (PM) biased hybrid magnetic bearing is nonlinear, complicated …

The electromagnetic force generated by a magnetic bearing is highly nonlinear and
parametric uncertainties in calculation of magnetic force makes the control of magnetic …

This study proposes an accurate mathematical model and a novel decoupling scheme for
developing a 5-degrees-of-freedom rotor system of a wind turbine with high robustness, fast …

Purpose In order to improve the levitation performance and robustness of the active
magnetic bearings with slice rotor, an adaptive backstepping control method is studied …

The effects of geometric scaling on the static and dynamic behavior of a multi-rim hybrid
press-fitted composite flywheel rotor are investigated and applied to its design procedure. It …

Vernier-gimballing magnetically suspended flywheel is often used for attitude control and
interference suppression of spacecrafts. Due to the special structure of the conical magnetic …

The paper reports on the investigation and development of the flywheel device as a energy
storage system (FESS). The FESS is designed to operate in a vacuum and is supported on a …

An adaptive back-stepping control (ABC) is originally applied to a linearized model of an
active magnetic bearing (AMB) system. Our control objective is to regulate the deviation of …

The paper reports on investigation and development of a flywheel device intended for an
energy storage prototype. The goal was to design and experimentally verify the concept of …